Molecular chirality plays a pivotal role across the disciplines of chemical and physical
sciences, as well as holding significant implications in the realms of medicine and …

Remarkable advances have been achieved in solution self-assembly of polypeptides from
the perspective of nanostructures, mechanisms, and applications. Despite the intrinsic …

Achiral purely organic molecules can show selectivity towards circularly polarized light in
emission in the presence of a magnetic field. This phenomenon is called magnetic circularly …

Modulation of absorbance and emission is key for the design of chiral chromophores.
Accessing a series of compounds absorbing and emitting (circularly polarized) light over a …

Synthetic challenges toward anomalous structures and electronic states often involve
handling problems such as insolubility in common organic solvents and oxidative …

The introduction and precise control of stereogenic elements in chemical structures is
typically a challenging task. Most asymmetric methods require the presence of a heteroatom …

Atomically precise synthesis of three-dimensional boron–nitrogen (BN)-based helical
structures constitutes an undeveloped field with challenges in synthetic chemistry. Herein …

We herein present the synthetic approach to a new antiaromatic double aza [7] helicene C
that features NN‐embedded polycyclic aromatic hydrocarbons (PAHs). This heteroatom …

The incorporation of boron–nitrogen (BN) units into polycyclic aromatic hydrocarbons
(PAHs) as an isoelectronic replacement of two carbon atoms can significantly improve their …

Two pairs of chiral MOFs with hierarchical chiral structures were constructed through
assembly of achiral AIE-type multidentate linkers and chiral camphoric acid. Non-reciprocal …